The Jackson Laboratory

Envision 5.0 - A Platform Built for Home Cage Research

High-Throughput Genome Editing and Quality Control of Human iPSC Lines for Large Scale Disease Modeling

Automated iPSC-derived Islet Organoids Platform for Population-scale Modeling of Type 2 Diabetes

A Scalable and Reversible Strategy to Knock Out Gene Function in Human Induced Pluripotent Stem Cells

Development Approach to Modeling Intracranial Germ Cell Tumors Using Human Pluripotent Stem Cells

Natural Genetic Variation Reveals Loci Controling Differentiation Propensity and Lineage Specification in Mouse Embryonic Stem Cells

Diverse Embryonic Stem Cells Reveal Coevolved Genome Regulatory Incompatibilities Affecting Viability and Fertility

High-Throughput Expansion and Banking of iPSC Lines Using the JAX-NYSCF Automated Platform

Diet-induced Obese Tg32 (hFcRN) : a New Platform for PK Analysis of Anti-obesity Peptide-Fc Based and Antibody Therapeutics

The JAX-NYSCF Global Stem Cell Array®️

Automated platform to generate high-quality induced iPSC lines and differentiate them into diverse, disease-relevant cell types. Advanced capabilities for efficient, reproducible research.

Partner with JAX-NYSCF

Learn more about the JAX-NYSCF partnership to accelerate cures for the major diseases of our time through stem cell research, from large iPSC cohorts for specific disease areas to developing...

Powering Discovery with JAX iPSC Models

View highlights and comparison of JAX genetically engineered isogenic iPSC and donor-derived, disease-specific iPSC lines.

Novel Mouse Models for Cancer Research

Age-related transcriptional and alternative splicing changes in lung progenitor cells predisposing to immune dysfunction

Improved humanization of peripheral blood mononuclear cells in NSG-SGM3xIL15xDKO (S15-DKO) over that of NSG-MHC I/II DKO mice for immune-onc

Phone-based Portable Slide Digitization System for AI-Enabled Histopathology

Inducing memory humoral responses using multiple vaccines in PBMC humanized mice

Establishment of patient-derived lung epithelial progenitor lines as a foundation for autologous immune and tumor modeling

In vivo Lentiviral CAR-T Gene Delivery Demonstrates High Specificity and Potent anti-Tumor Activity in a Humanized B Cell Lymphoma Model